CN216186442U - Improved double-aluminum-paper slitting and conveying system device based on FOCKE350S packaging machine - Google Patents

Abstract

The utility model discloses an improved double aluminum paper slitting and conveying system device based on a FOCKE350S packaging machine, wherein an original FOCKE350S box body is designed to be heightened, an aluminum paper disc is moved upwards, an aluminum paper deviation correcting mechanism, a slitting mechanism and an aluminum paper separating mechanism are arranged at the position of the empty position of the original box body, aluminum paper is conveyed, drawn and guided to change under the arrangement of a plurality of conveying rollers, the aluminum paper always enters the slitting mechanism through the aluminum paper deviation correcting mechanism, the slitting mechanism cuts the aluminum paper into two sections with equal width along the central line direction of the aluminum paper, the cut segmented aluminum paper is divided into two sections through the aluminum paper separating mechanism and keeps a certain distance, a spare paper disc is additionally formed, and the seamless butt joint of the spare paper disc and the replacement of the paper disc can be realized by matching with an aluminum paper splicing device. The system device can cut single aluminum paper into two sections of aluminum paper and realize conveying, and can meet the requirements of continuous and stable conveying of double aluminum paper, so that the higher smoothness of the aluminum paper is guaranteed.

Description

Improved double-aluminum-paper slitting and conveying system device based on FOCKE350S packaging machine

Technical Field

The utility model relates to improvement of a packaging machine, which is mainly used for double-aluminum paper conveying, in particular to an improved double-aluminum paper slitting and conveying system device based on a FOCKE350S packaging machine.

Background

FOCKE350S hard box packing machine is a single-bag hard box packing device with advanced level in the 90 th 20 th century introduced from Focke company in Germany in China. Mainly comprises a 350-type hard box packaging machine, an 802 automatic cigarette storage cabinet, a 401 small-bag film packaging machine, a 408 strip box packaging machine and the like. As shown in fig. 1, the main process flow of the 350-type hard box packaging machine includes: the cigarette processing device comprises a first cigarette sorting and pushing section 1, an aluminum paper conveying section 2, an aluminum paper shearing and cigarette packing section 3, a paperboard conveying and shearing section 4, a hard-shell label paper conveying section 5, a first drying drum 6 and a second drying drum 7. The general work flow is as follows: the arranged cigarettes are conveyed from the first pushing chain channel 1, meanwhile, the aluminum paper is cut into aluminum paper pieces meeting requirements by the aluminum paper cutting mechanism 3, the paperboard is cut into paperboard pieces meeting requirements by the paperboard conveying cutting mechanism 4, the cigarettes are pressed on the aluminum paper pieces after being conveyed, aluminum bags are formed after a series of folding actions, then the paperboard pieces are conveyed to the aluminum bags, the paperboard pieces and the aluminum bags are wrapped by trademark paper, and then the wrapped cigarette bags are conveyed to the first drying drum 6 and the second drying drum 7 to dry glue at the bonding positions. And the wrapped cigarette packet enters a 401 packet film packaging machine for transparent paper packaging. However, with the rapid development of economy, the tobacco industry has designed various cigarettes to meet the preference and consumption concept of consumers. Packaging is also rapidly developing as an important link in cigarette production. In order to ensure that the cigarettes can continuously keep the characteristics of moisture retention, moisture retention and flavor retention in the packaging box and ensure that the cigarettes are not extruded and deformed, do not move in the cigarette box and keep clean, double-aluminum-packet cigarette packets appear on the market, for example, ten cigarettes in two-five arrangement (five cigarettes in each row and two rows in total) are packaged into an aluminum foil paper packet, and then the two independent aluminum foil paper packets are packaged into small paper boxes and packaged into double-aluminum-packet cigarette packets (twenty cigarettes). The FOCKE350S hard box packaging machine can only package a single aluminum bag, and cannot meet the processing production of double aluminum bags, so that the FOCKE350S hard box packaging machine cannot meet the production and processing requirements of double aluminum bags at present.

The original FOCKE350S aluminum paper conveying method only conveys one aluminum paper, cannot form conveying of two aluminum papers, does not have the functions of aluminum paper slitting, double-aluminum-bag packaging and the like, and cannot meet the problems of requirements of existing double-aluminum-bag slitting and the like due to the fact that old equipment, systems and the like existing in the process of modification are not available.

SUMMERY OF THE UTILITY MODEL

In order to solve the problems and the defects existing in the prior art, the inventor carries out research and development design, and makes new improvement on the original equipment, so that the single-section aluminum paper can be cut into two sections of aluminum paper and conveyed, the double-section aluminum paper can be conveyed uninterruptedly and stably, and the higher smoothness of the aluminum paper is guaranteed.

The utility model is realized by the following steps: the utility model provides a conveying system device is cut to two aluminium papers based on FOCKE350S packagine machine is modified, including aluminium paper dish, the conveying roller, can be with aluminium paper along its central line split into two cutting mechanisms, be located the aluminium paper deviation correcting mechanism that can adjust aluminium paper entering time keeping centering of cutting mechanism's preceding station to and be located the aluminium paper separating mechanism that can keep two sections aluminium papers after cutting mutually separate and keep a determining deviation of cutting mechanism's back station, a plurality of conveying roller distributes between each mechanism, can drive aluminium paper before and after cutting on the whole and lead, the tensioning and carry forward until next station.

Further, cut mechanism, including cutter roll and cutter piece, the cutter piece is the blade disc form and can carries out axial rotation, the cutter roll is located the cutter piece other, and sets up the grooving that has with cutter piece looks adaptation on the cutter roll, and in the blade point entering grooving of cutter piece, aluminium paper is cut by the cutter piece through the cutter roll.

Further, the aluminum paper deviation rectifying mechanism comprises a deviation rectifying detection sensor and a deviation rectifying regulator which are arranged in front of the splitting mechanism, and the deviation rectifying detection sensor can detect whether the aluminum paper before entering the splitting mechanism keeps in the middle or not; the deviation rectifying regulator is provided with two conveying rollers, the two conveying rollers are arranged on the regulating chassis, and the regulating chassis is provided with a deflection part which can drive the conveying rollers to carry out left and right fine adjustment relative to the conveying direction of the aluminum paper.

Furthermore, the aluminum paper separating mechanism comprises two groups of separating rollers which are distributed in a staggered mode from front to back, each group of separating rollers corresponds to one section of cut aluminum paper, and each group of separating rollers comprises two rollers one by one.

Furthermore, each group of separating rollers is respectively arranged on one mounting plate, and each mounting plate can finely adjust the offset direction to enable the two groups of separating rollers to slightly offset in opposite directions, so that a certain distance is kept between the two separated aluminum papers after cutting.

And furthermore, the aluminum paper embossing conveying device is positioned at a rear station of the aluminum paper separating mechanism and is used for driving the aluminum paper to be conveyed as a power source.

Further, the aluminum paper disc is provided with a first aluminum paper disc and a second aluminum paper disc which are installed side by side, one of the aluminum paper discs is a standby aluminum paper disc, an aluminum paper splicing device is further arranged at a previous station of the aluminum paper deviation rectifying mechanism, and the aluminum paper splicing device can splice the aluminum paper on the first aluminum paper disc and the aluminum paper on the second aluminum paper disc into a whole.

Furthermore, the aluminum paper splicing device comprises two splicing conveying pieces, the two splicing conveying pieces are respectively connected to the first aluminum paper tray and the second aluminum paper tray, and an output end is arranged in each of the two splicing conveying pieces and used for outputting aluminum paper.

Furthermore, a heightening box body is additionally arranged above an aluminum paper box body of the FOCKE350S original machine, and the aluminum paper disc is arranged on the heightening box body.

The working principle of the utility model is introduced: the aluminum paper feeding mechanism is characterized in that the FOCKE350S box body is designed to be increased, an aluminum paper disc is moved upwards, the aluminum paper disc is moved upwards at the position of the original upper space of the box body, the aluminum paper deviation correcting mechanism is installed, the cutting mechanism and the aluminum paper separating mechanism are installed, the aluminum paper is conveyed, drawn and guided to change under the arrangement of a plurality of conveying rollers, the aluminum paper always enters the cutting mechanism through the aluminum paper deviation correcting mechanism, the aluminum paper is cut into two sections with equal width along the central line direction of the aluminum paper by the cutting mechanism, the cut aluminum paper is divided into two sections through the aluminum paper separating mechanism and keeps a certain distance, the aluminum paper is respectively conveyed to the next cutting station, and the aluminum paper is cut into independent sections for packaging cigarettes. In order to ensure the continuous operation of the aluminum paper, a group of aluminum paper trays is additionally arranged to form a spare paper tray, and the aluminum paper splicing device is matched to realize seamless butt joint of the spare paper tray and replacement of the paper tray without stopping and interrupting.

The beneficial effects of the utility model are introduced as follows:

(1) the problem that only one aluminum paper can be conveyed for aluminum package processing by the FOCKE350S originally is solved, the requirements of double aluminum package processing source double aluminum paper slitting and continuous conveying are met on the FOCKE350S, and double aluminum paper synchronous supply is provided for processing production of subsequent working sections;

(2) the conveying rollers can adjust the length and increase and decrease the quantity according to actual conditions, so that the aluminum paper can be conveyed smoothly and stably; the deviation correcting mechanism can monitor the centering condition of the aluminum paper in real time, correct the adjustment back in time if deviation occurs, always keep the accuracy of slitting, and improve the accuracy and reliability of slitting the aluminum paper;

(3) the structure of the cutting blade can quickly and accurately cut the aluminum paper into two sections with equal width, the cutting roller provides a conveying and supporting function for the aluminum paper, the cutting groove also provides a guarantee that the cutting blade completely and positively cuts the aluminum paper, necessary blade abrasion is reduced, and the quality and stability of cutting are improved;

drawings

FIG. 1 is a schematic diagram of a conventional FOCKE350S work flow;

FIG. 2 is a perspective structural view of the improved double aluminum paper slitting and conveying system device based on FOCKE350S packaging machine of the utility model;

FIG. 3 is a schematic diagram of the aluminum paper conveying process of the improved double aluminum paper slitting and conveying system device based on FOCKE350S packaging machine according to the utility model;

FIG. 4 is a perspective view of a partial component structure of the improved double aluminum paper slitting and conveying system device based on the FOCKE350S packaging machine;

FIG. 5 is a perspective view of a partial component structure of the improved double aluminum paper slitting and conveying system device based on the FOCKE350S packaging machine;

FIG. 6 is a perspective view of a slitting mechanism component;

wherein:

1: cigarette arrangement and propulsion section, 2: aluminum paper conveying section, 3: aluminum paper cutting and cigarette packing section, 4: cardboard conveying and cutting section, 5: hard shell label paper conveying section, 6: first drying drum, 7: second drying drum

2-1: an aluminum paper box body; 2-11: first aluminum paper disk, 2-12: a second aluminum paper disc,

2-2: a conveying roller,

2-3: slitting mechanism, 2-31: cutter roll, 2-32: cutting blade, 2-33: a cutting groove,

2-4: aluminum paper deviation rectifying mechanism, 2-41: deviation rectifying detection sensor, 2-42: adjusting the position on the chassis, 2-5: aluminum paper separating mechanism, 2-51: separation roller, 2-52: a mounting plate,

2-6: an aluminum paper embossing conveying device,

2-7: an aluminum paper splicing device,

2-8: heightening the box body.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the accompanying drawings in conjunction with the following detailed description. It should be understood that the description is intended to be exemplary only, and is not intended to limit the scope of the present invention. Moreover, in the following description, descriptions of well-known structures and techniques are omitted so as to not unnecessarily obscure the concepts of the present invention.

Example 1: an improved double-aluminum paper slitting and conveying system device based on a FOCKE350S packaging machine is applied to a section 2 in figure 1: the aluminum paper conveying section 2 is additionally provided with a slitting function and ensures the purpose of stable conveying. The method specifically comprises the following steps: an aluminum paper tray; a conveying roller 2-2; a splitting mechanism 2-3 capable of splitting the aluminum paper into two parts along the central line thereof; the aluminum paper deviation rectifying mechanism 2-4 is positioned at a position before the splitting mechanism 2-3 and can adjust the aluminum paper to keep centering when the aluminum paper enters the splitting mechanism 2-3; and an aluminum paper separating mechanism 2-5 which is positioned at the rear station of the splitting mechanism 2-3 and can separate the two sections of aluminum paper after splitting and keep a certain distance; the conveying rollers 2-2 are distributed among the mechanisms and can integrally drive the aluminum paper before and after slitting to be guided, tensioned and conveyed forwards until the next station. The specific working process is as follows: the aluminum paper is arranged on the aluminum paper plate in a rolled manner, under the action of traction power, the aluminum paper is continuously pulled out by the conveying rollers 2-2 from the aluminum paper plate, after the direction is adjusted and tensioned and flattened by the plurality of conveying rollers 2-2, the aluminum paper is always kept at a central angle by the aluminum paper deviation rectifying mechanism 2-4, and the aluminum paper is cut by the cutting mechanism 2-3;

the aluminum paper deviation rectifying mechanism 2-4 comprises a deviation rectifying detection sensor 2-41 and a deviation rectifying regulator which are arranged in front of the splitting mechanism 2-3, and the deviation rectifying detection sensor 2-41 can detect whether the aluminum paper before entering the splitting mechanism 2-3 is kept in the middle or not; the deviation rectifying regulator is provided with two conveying rollers 2-2, the two conveying rollers 2-2 are arranged on an adjusting chassis 2-42, and the adjusting chassis is provided with a deflection part which can drive the conveying rollers 2-2 to carry out left and right fine adjustment relative to the conveying direction of the aluminum paper; once the deviation rectifying detection sensors 2-41 detect that the aluminum paper deviates, the signal is directly or indirectly transmitted to the deviation rectifying regulator, and the regulating chassis of the deviation rectifying regulator rotates under the action of the deviation rectifying component to enable the aluminum paper which deviates to slide in the reverse direction for fine regulation until the deviation rectifying detection sensors 2-41 stop after considering that the aluminum paper does not deviate, and the aluminum paper is rectified; the deflection component is an existing component which is provided with power and can rotate, further description is not provided in the embodiment, the deviation rectification control program is the same as the deviation rectification control program, and the deviation rectification control method is also the conventional prior art, and the control method is not explained and protected; the aluminum paper after passing through the deviation correcting mechanism enters a slitting mechanism 2-3 for slitting;

the slitting mechanism 2-3 comprises a cutter roller 2-31 and a cutter blade 2-32, the cutter blade 2-32 is in a cutter disc shape and can axially rotate, the cutter roller 2-31 is positioned beside the cutter blade 2-32, a cutting groove 2-33 matched with the cutter blade 2-32 is formed in the cutter roller 2-31, the blade of the cutter blade 2-32 enters the cutting groove 2-33, the aluminum paper can be completely and completely slit by the cutter blade 2-32 through the cutter roller 2-31, the cutter roller 2-31 provides a conveying and supporting function for the aluminum paper, the cutting groove 2-33 also provides a guarantee that the cutter blade 2-32 is complete and can positively cut the aluminum paper, necessary blade abrasion is reduced, and the slitting quality and stability are improved; the two sections of cut aluminum paper then enter an aluminum paper separating mechanism 2-5;

the aluminum paper separating mechanism 2-5 comprises two groups of separating rollers 2-51 which are distributed in a staggered mode from front to back, each group of separating rollers 2-51 corresponds to one section of cut aluminum paper, and each group of separating rollers 2-51 comprises a next roller and an upper roller. Each group of separating rollers 2-51 is respectively arranged on one mounting plate 2-52, each mounting plate 2-52 can finely adjust the offset direction to enable the two groups of separating rollers 2-51 to slightly offset in opposite directions, and the offset of the separating rollers 2-51 can cause the transmission angle of the aluminum paper to change, so that the distance is generated, and a certain distance is kept between two separated aluminum papers after being cut. The offset angle of the mounting plates 2-52 is adjusted according to actual requirements in actual production; and the aluminum paper embossing conveying device 2-6 is positioned at a station behind the aluminum paper separating mechanism 2-5, and the aluminum paper embossing conveying device 2-6 is used as a power source to drive the aluminum paper to convey.

Example 2: a heightening box body 2-8 is additionally arranged above an aluminum paper box body 2-1 of an FOCKE350S original machine, and an aluminum paper disc is arranged on the heightening box body 2-8. Secondly, on the basis of embodiment 1, in order to satisfy the sufficient supply of the aluminum paper and ensure the continuous production, the continuous supply of the aluminum paper is realized and improved on the premise of meeting the requirements of continuous paper cutting and non-stop: the aluminum paper disc is provided with a first aluminum paper disc 2-11 and a second aluminum paper disc 2-12 which are arranged side by side, one aluminum paper disc is a standby aluminum paper disc, an aluminum paper splicing device 2-7 is further arranged at a position before the aluminum paper deviation rectifying mechanism 2-4, and the aluminum paper splicing device 2-7 can splice the aluminum paper on the first aluminum paper disc 2-11 and the second aluminum paper disc 2-12 into a whole.

The aluminum paper splicing device 2-7 comprises two splicing conveying pieces, the two splicing conveying pieces are respectively connected to a first aluminum paper tray 2-11 and a second aluminum paper tray 2-12, and an output end of each of the two splicing conveying pieces is used for outputting aluminum paper. For example, a first aluminum paper tray 2-11 is supplying aluminum paper, which is adjusted in direction and flattened by a plurality of conveying rollers 2-2, and then directly enters an aluminum paper deviation correcting mechanism 2-4, a splitting mechanism 2-3 and the like after passing through a splicing conveying member, once the aluminum paper of the first aluminum paper tray 2-11 is used up, an aluminum paper splicing device 2-7 is started, the tail end of the aluminum paper of the first aluminum paper tray 2-11 is bonded on another splicing conveying member from the aluminum paper on a second aluminum paper tray 2-12, and then the aluminum paper on the second aluminum paper tray 2-12 enters the aluminum paper deviation correcting mechanism 2-4, the splitting mechanism 2-3 and the like; and replacing the first aluminum paper tray 2-11 with new aluminum paper for standby, thereby forming a circulation. It should be noted that the splicing principle and splicing technology of the aluminum paper splicing devices 2 to 7 are the prior art and the existing products.

It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explaining the principles of the utility model and are not to be construed as limiting the utility model. Therefore, any modification, equivalent replacement, improvement and the like made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. Further, it is intended that the appended claims cover all such variations and modifications as fall within the scope and boundaries of the appended claims or the equivalents of such scope and boundaries.

Claims (9)

1. The utility model provides a conveying system device is cut to two aluminium papers based on FOCKE350S packagine machine is improved, includes aluminium paper dish, conveying roller (2-2), its characterized in that still includes: the aluminum paper cutting machine comprises a splitting mechanism (2-3) capable of splitting aluminum paper into two parts along the central line of the aluminum paper, an aluminum paper deviation rectifying mechanism (2-4) which is positioned at the front station of the splitting mechanism (2-3) and can adjust the aluminum paper to keep centering when the aluminum paper enters the splitting mechanism (2-3), an aluminum paper separating mechanism (2-5) which is positioned at the rear station of the splitting mechanism (2-3) and can separate two sections of split aluminum paper from each other and keep a certain distance, and a plurality of conveying rollers (2-2) are distributed among the mechanisms and can integrally drive the aluminum paper before and after splitting to be guided, tensioned and conveyed forwards until the next station.

2. A double aluminum paper slitting and conveying system device according to claim 1, wherein the slitting mechanism (2-3) comprises a cutter roller (2-31) and a cutter blade (2-32), the cutter blade (2-32) is in a cutter disc shape and can rotate axially, the cutter roller (2-31) is located beside the cutter blade (2-32), a cutting groove (2-33) matched with the cutter blade (2-32) is formed in the cutter roller (2-31), the blade of the cutter blade (2-32) enters the cutting groove (2-33), and the aluminum paper is slit by the cutter blade (2-32) through the cutter roller (2-31).

3. The double aluminum paper slitting and conveying system device according to claim 1, wherein the aluminum paper deviation rectifying mechanism (2-4) comprises a deviation rectifying detection sensor (2-41) and a deviation rectifying regulator installed in front of the slitting mechanism (2-3), and the deviation rectifying detection sensor (2-41) can detect whether the aluminum paper before entering the slitting mechanism (2-3) is kept in the middle; the deviation rectifying regulator is provided with two conveying rollers (2-2), the two conveying rollers (2-2) are arranged on a regulating chassis (2-42), and the regulating chassis is provided with a deflection part which can drive the conveying rollers (2-2) to carry out left and right fine adjustment relative to the conveying direction of the aluminum paper.

4. The double aluminum paper slitting conveying system device according to claim 1, wherein the aluminum paper separating mechanism (2-5) comprises two sets of separating rollers (2-51) which are staggered from front to back, each set of separating rollers (2-51) corresponds to a section of slit aluminum paper, and each set of separating rollers (2-51) comprises two rollers one after another and two above.

5. A double aluminium paper slitting conveying system device according to claim 4, characterized in that each set of separating rollers (2-51) is mounted on a mounting plate (2-52), and each mounting plate (2-52) can be finely shifted in the direction to slightly shift the two sets of separating rollers (2-51) in opposite directions, so that a certain distance is kept between two separated aluminium papers after slitting.

6. The double aluminum paper slitting and conveying system device according to claim 1, wherein the aluminum paper embossing conveying device (2-6) is located at a station behind the aluminum paper separating mechanism (2-5), and the aluminum paper embossing conveying device (2-6) is used as a power source to drive the aluminum paper to convey.

7. A double aluminum paper slitting and conveying system device according to claim 1, wherein the aluminum paper tray has a first aluminum paper tray (2-11) and a second aluminum paper tray (2-12) installed side by side, one of the aluminum paper trays is a standby aluminum paper tray, an aluminum paper splicing device (2-7) is further arranged at a previous station of the aluminum paper deviation rectifying mechanism (2-4), and the aluminum paper splicing device (2-7) can splice the aluminum paper on the first aluminum paper tray (2-11) and the second aluminum paper tray (2-12) into a whole.

8. A double aluminium paper slitting conveying system device according to claim 7, characterized in that the aluminium paper slitting conveying device (2-7) comprises two splicing conveying members, which are connected to the first aluminium paper tray (2-11) and the second aluminium paper tray (2-12), respectively, and which have an output end for outputting aluminium paper.

9. A double aluminum paper slitting and conveying system device according to any one of claims 1 to 8, wherein a heightening box body (2-8) is additionally arranged above an aluminum paper box body (2-1) of a FOCKE350S original machine, and the aluminum paper tray is installed on the heightening box body (2-8).

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